PrimeSense 3D Sensors

1 PrimeSense 3D Sensors PrimeSense IS CHANGING THE WAY WE INTERACT WITH DIGITAL DEVICES. PrimeSense 3D Sensors are giving digital devices the gift of sight, enabling Natural Interaction between people and devices and between devices and their surroundings. Our Natural Interaction solutions power over 20 million devices worldwide; but that's only the start. Using cutting-edge technology, our Sensors are robust, accurate and a ordable and they are used in mass-market commercial devices. Today, our patented technological breakthroughs have made us the leading provider of high- performance, low-cost 3D machine vision solutions. With more options than ever mid-range, close range, a peripheral and an embedded sensor we can support all your 3D sensing needs.

2 HOW IT WORKS. PrimeSense 3D sensing technology gives digital devices the ability to observe a scene in three dimensions. It translates these observations into a synchronized image stream (depth and color) just like humans do. It then takes those synchronized images and translates them into information such as: Identi cation of people their body properties, movements and gestures Classi cation of objects such as furniture, packages, etc. Measurements such as size or volume Location of walls and oor We call this depth sensing , which is made possible through the cutting-edge technology embedded in our Sensors and middleware. PrimeSense LIGHT. CODING TECHNOLOGY. PrimeSense 's Light Coding patented technology solutions make 3D depth sensing possible.

3 It works by coding the scene with near-IR light, which is invisible to the human eye. The solution then uses a standard o -the-shelf CMOS image sensor to read the coded light back from the scene. This is the process that enables depth acquisition and what makes PrimeSense solutions so accurate. Using the CMOS image sensor , PrimeSense SoC. Carmine (PS1080) and next gen SoC Capri . (PS1200) execute sophisticated parallel computational algorithms to decipher the received light coding infrared patterns, in order to produce a VGA size depth image of a scene. With a USB. interface used to pass all data to the host, the SoC. has minimal CPU requirements as all depth acquisition algorithms run on the SoC itself.

4 Add all these elements together and you get a solution that's precise, robust and cost e ective. Sensors MAIN BENEFITS: Sensors MAIN FEATURES: Ultra small form facor, smallest in the world Field of View 45. Best depth performance VGA depth map (640 480). Thin host Color and audio support Low-power USB powered Proven mass market scalability Standard o the shelf components Mass consumer market product price point OpenNI compliant With the highest-quality Reference Design, Carmine supports various applications Carmine in numerous industries. It is the most robust, a ordable and market proven 3D sensing reference design ever made. Range This short-range evaluation sensor gives devices the ability to sense their environment Carmine accurately up close.

5 Range Available as an embedded solution for tablets, laptops, mobile phones, TVs, mass production devices, PrimeSense 's consumer robotics and more. Capri breakthrough Reference Design Capri utilizes the next generation Using the next-gen Capri PS1200 SoC. System on Chip, with improved Signi cant size reduction algorithms including multi-modal 3D. sensing techniques. Capri provides the High performance most versatile 3D sensing platform in a Cost reduction tiny form factor, making it ideal for embedding in consumer electronics The only 3D sensor t to be devices such as PCs, All in-One PCs, embedded into consumer devices CUSTOMIZATION. Solutions for new markets, applications, and use cases often require unique capabilities and customizations to t a speci c need.

6 PrimeSense can modify various features of its 3D sensing solution such as range, eld of view, depth resolution, frames per second, and more, to best address your speci c needs. Moreover, shape, structure and industrial design can also be Range customized. Let PrimeSense design the right solution to help Field of View you revolutionize your market. Depth resolution MOS at 1m Frame / second Ambient light for developers The OpenNI consortium was established in November 2010 as a not-for-pro t organization whose purpose is to promote and standardize the compatibility and interoperability of Natural Interaction (NI) devices, applications and middleware. OpenNI is the largest 3D sensing development framework and community.

7 The open source SDK is the recognized standard for developing computer vision middleware and 3D solutions. The OpenNI community provides developers with a full range of software tools along with a vivid ecosystem platform for e ective collaboration and promotion. | PrimeSense @goprimesense GoPrimeSense Get your sensor : PRODUCTS SPECIFICATIONS. PROPERTY CARMINE CARMINE UNIT. Operating Temperature 5 40 10 40 [ C]. Data Interface USB / USB / Operation Range [m]. Field of View (Horizontal, Vertical, Diagonal) , 45, 69 (H,V,D) , 45, 69 (H,V,D) [deg]. Depth Image Size 640 x 480 (VGA) 640 x 480 (VGA) [pixel x pixel]. Spatial x/y Resolution (2-Sigma Values) @2m [mm]. [mm]. Depth Resolution (2-Sigma Values) @2m [cm].

8 [cm]. Maximal Frames-per-Second Rate 60 60. Color Image CMOS @ 30 FPS 640 x 480 (VGA) 640 x 480 (VGA) [pixel x pixel]. Built-in Microphones 2 2. Data Format 16 16 [bit]. External Digital Audio Inputs 4 4 [inputs]. Dimensions: Width x Height x Depth 18 x x 18 x x [cm]. Power Supply USB USB. Maximal Power Consumption [Watt]. Headquarters And R&D PrimeSense Japan PrimeSense Korea 28 Habarzel St. Tel-Aviv, 69710, Israel PrimeSense Americas Tel: Tel: Fax: PrimeSense Taiwan PrimeSense China